There are many ways to approach nuclear structure formation. A popular one that easily breaks in the real world is one where the first three (H, He, Li) nuclear structures are used to build all subsequent structures. These three can form the nucleus of a series of polyhedral structures where impurities in structure would include groupings greater than neutron-proton chains. Imbalances increase opportunities for nuclear decay, which is further amplified or constrained by the electron structures. Of course the prominence of such isotopes increases significantly with larger atomic nuclei where the probability of impurity is greater. The illustration shows how layers of polyhedral structures shape interactive shells. In this case the interactions of charges passing by each other as the shells rotate in opposite directions projects a magnetic field by way of the dynamo-effect. To a point this can be enhanced by force conditions like heat, the QAM of electricity, or a stable isotope whose extra neutrons contribute. The latter is actually a common way to make powerful magnets. These natural structures are incredibly durable and their bonds can be expanded and contracted enabling or disabling interactions like this. Notice the magnetic field bands at the poles cross over each other. At the equator the bands are pointing the opposite directions. We should also note that in cross-section we get a hexagonal pattern consistent with the ferro-WIMPs responsible for both Earth and Saturns magnetic fields (as shown by hexagonal polar patterns).
Posted on: Sat, 08 Nov 2014 21:15:27 +0000
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